UHGP-MC 40113

Information

Number of sequences (UHGP-50):
54
Average sequence length:
128±15 aa
Average transmembrane regions:
0.04
Low complexity (%):
0.87
Coiled coils (%):
0
Disordered domains (%):
3.64
Pfam dominant architecture:
PF17142
Pfam % dominant architecture:
370
Pfam overlap:
0.65
Pfam overlap type:
reduced

Downloads

Seeds:
MC40113.fasta
Seeds (0.60 cdhit):
MC40113_cdhit.fasta
MSA:
MC40113_msa.fasta
HMM model:
MC40113.hmm

Sequences list (filtered 60 P.I.)

Protein Range AA
GUT_GENOME102069_00398169-284SPGFIFLAGEPEGWVGPSAAAKDHYWEWRLMEKDDEIGSKVYYGTFPVEEGKAMFRFYTALTGWDTDSYGSQDADNPLEFPETDLGKPLKMVKGKGSYKFPDWPGGDMAIKVDMSD
GUT_GENOME274350_0139376-197AAPAPQYPEQLYLIGGANDFTEPIETNAEALKAWTLTQTEPGIYEGTFNIPVTKSNFRFYSALTGWDGGDSYGVSEPDGNNDAAMTEDFSAPFIPGKGNYNFPFWYGGEMAMKVDFTSGTLY
GUT_GENOME133879_01259430-550PVVKIEGEKSALEIYIIGIPQGWGVGDGSMPLKRTVNGGYYGAYDIKAGEAMFRFYTSLGDWEVGSLGSQYEDMPKEYGTVEQEQVCSLVVDGKGSFQFSDWPGGMIYMYVEPSASRVTFS
GUT_GENOME091830_01426286-433TVDLSEYDINDIANSKVSIFAQEGNWDTSKLNFIYLVGDCSAWSVDADNAEEIYKDYKLYDWEGNGVYSNTFNIAEGKATFRFYTALGDWNTGSLGSQTDDNPVEVSMTDGNYAGPYVEGKGSWKFPDWTGGKMKMVVDTNNMTVDFS
GUT_GENOME039985_00637186-317YPTIRVPGYIFLVGAPEGWSGPTPANAEHYEDWKLFEADDKIGSEIYSATFDIPAGKFQFRFYSKLQDWDYNSIGSQDGDSPVDITLNDNGIYSGSCVVGTEKGKGKGSWQIPDWAGGEVTITVNIKAKTVE
GUT_GENOME244497_01701165-286VASPKSIYLVGNVSAWSVDASNALEIYENWQLWDEIVGGKNTSIYKGTFHFGNTTDGGLKTFRFYSQLGDWGVGSIGSQVDDAAISEPGFTSGSLSLVSGKGSYEFPDLPDGDYNVTVDMSQ
GUT_GENOME277206_00714289-428WNIPGWQGGKVHFVVDLNNNTVTLSPGQAKKVYLVGAPNGWNINSEAMALVEREEGTGIYTGTIEINAGDFQFRFYSQLGDWETNSLGAGEPDSPVDITVGASGYTGPVVNGKGSWKYDAWPGGQCQMTLDLKKMEVTFL
GUT_GENOME091568_00973512-630FLTLVGSVNGWDIENIIYRLRRKTDENRNTVYEGTVNLPGGLNEFKFGTSRMTWDYIYGAFSTNPVSTLFTDDDFTSAKSSETMAIISGGNSMALPQAWPGGKMTIRVSLDEHTAQFSW
GUT_GENOME244445_01199167-290RAPGKIYVIGDVSGWDINNGAVFLSEPDNGIGSKVYTGVVNFTADNASAGFRFYTTLGSWGDDGALPSVGANANDGDNLSITVDDNGSYSGNCVAGKGNWNITNWPGGNMKITVDLNQMKVYFE
GUT_GENOME125520_01481180-301LYVVGNYVGDWIGPTEGNEDALAPYALYEKDDEIGSKKYYGTIDFQPTKPEEGSIFRFYTAIGSWDENSLGCSGGSNSDTPVEFPDFTAGSELEHTLAATKDSFKFNNYTGKIEMFVDLSDE
GUT_GENOME157304_00948176-297AIRAPKTMFVIGAQDGWIEPIPDNKPNITTITETGVGTGIYKGTLAIGAGKFQFRFYTALTGWDGGASIGPQAEDNTFEIALKDNVYEGTATVPGKGSWSIPDWEGGDVVVILDLNKNTVRF
GUT_GENOME131710_00268171-294KLPDAIYLIGKPQGWNINDGSMPLYETEIGSRVYKGTYEIKEGEFQFRFYDEIGNWDWYSIGSQNEDATVAITLTDGEYTGPVFYDPATEKAGKGGWQVEGWSGGNVEMTVNLNSMTVVFKKVD
GUT_GENOME235709_00769287-417IKVTLQQGDFDPAGKAFIYLVGKCSGWYVGDNGAEETGAPFRLFDYKGDGVYSGIFEVKAGDAQFRFYTELGEWGNDNELPSIGAQGKDANVDLSFPAGGYSGAAFQGKGNWNFTDWPGGKMKMVVDLTNM
GUT_GENOME121014_01789325-449ATTPEQLYLNGAIVGWVEPSEANADKFADYILAETEKGSGIYTGEFEFEAKENNSFRFYSKLDGWDNSSIGASQDDKQNPFTFTDNVYEGEIFIGGKGSWQLPDDFAGKVKMTVNLNEKNIKLEA
GUT_GENOME206559_00714290-425DAMTVTMVRGEHKPVVTNYAYMVGNNGGWVVPDAESVYATDWRLTDEGATGIYTGTFQMPADFGGDGDKLYCRFYDALTGWGAAKWSATADGSNVDAFSGIALPTVTGEGCFVLAGAAGHSVTVNLDANNNEVTFT
GUT_GENOME149442_01486183-307KSWIYLIGQPSGWLAPSTDNEAALEAWKIYETEPESGIFVGTFHIDAGAFSLRFYKTLTGWGDNGTDNGIAANSNDGDNKTIVLKSNVYTGEFVGGKGNWIINDFPGGDVQFTIDTNSNTVTFEL
GUT_GENOME034989_01954304-421ETYVYLIGTPNNWTGPLPENEKALEAWRLVDRGGTGIYSATFDVKKIEGDVYFRVYPELTGWGATPYAAIEAGDKNVDMTLGTAYNYVEGEGCWTFPWDGGMLTFTLDTNAGTMTVKA
GUT_GENOME069566_01509168-292AIQSPGKIYLVGEPEGWKGPDDTQAEHYKEWALYEDADAIGSNIYHGVFEIPAGKASFRFYTALTGWDTDSWGSQGEDNPIEFGFTSGEFNYTLVKGKGSFSFPGWPGGKMDITVDMNTCKLIIK
GUT_GENOME153913_00157254-421LSTVAVKGKGSFNFPNWAGGKMTIVVNMSDMNNILVDFYEGDHNVTVTKYIYLVGSISGWKAPGIENEADYKDYRLADTGESGIYTGTFTAPAGHVNFRFALELNEDGWDNTTQIGPQEADGDVPGEFTGGVFNGGYVSGKGNWAFELAEESTIQMTVDTNTKTVSFA
GUT_GENOME177870_00382543-658ASEIYLIGSPQGWDISDGSMPLKLTSKGGYYGWYDISGSDVYFRFYTELGTWDDEHSIGSGTSWEDLEISLPYGSCYEGFCNTGNQGNWYVSGWTGGTMYFYVSPSDRTICVSRDP
GUT_GENOME054958_0125422-133SQAEVPPIYLIGAPQAWNIYDGSMPLEYKDNGYYGAYYIAEGTSYAEGMCPGFRFYSELGDWQRDTYGCQIDDSPVDYGALDAERKFDLVRGKGIFQFSEWPDGMMYMYVEG
GUT_GENOME113022_01378231-383YEGPIVNGKGNWGFANGGVYEITVDIEAMTLRIESTTNNPKIYLVGTPNGWNVGDDSCPLECSTGDEVYVGVFEIADNSGFRFYREVDGNWDNGTSMGARETDGDNINISDQFVDGVFEGPMVMGKGNWEITTGGIYTLTVDVANMTVKFEQG
GUT_GENOME056346_00989286-433GGEMTITVDLKKNTITIQSGAQEVITPKYVYMVGNQANWATPDETSAAIYENWRLECLDGSGVFTGTFEITETQDSNPDLFCRFYQELTGWGAAQWASTTGKDFLVTPGVAAETAVGEGCFQLEGALGATISVSLDTKANTVTFDFVD
GUT_GENOME276089_00513363-481PQQPKDIYVLGSYNNWAEPTAANADQFVKLTETAAGSNVYTGSVEMAARPSFRFISELAGWEAPQYGAQADDAMVAVALTNNTTYEGSIVAGKGAFNFNGWLGGSMDLTVDLTAMTVKA
GUT_GENOME002716_00063525-628PSITPAQIYLIGSPNGWDINDSSMPLLKKADGNYYGEYEITSKDLFRFYRSIGSWETGSLGSQDIDAPLDCSIASGQYTGSWVEGKGCWTFPDWAGGKMYMCVK
GUT_GENOME238253_004397-103YASNWALAEETRGSGIYTGTFTIPNGAGMFRFYSDLQGWEANSLGASAIDSPVDVAFTDGVYNGTICAGKGSFNFSTWAGGYMDFTINLNDNTINIV
GUT_GENOME132077_00912204-316VYLIGAPQGWNIGSAEITLYEADDQIGTQIYQGEIEVNAGDAMFRFYTALGDWDNNSFGSQADDSPLAFTQAQAKDGVKVVKGKGSFDFNGWWPGGKMRVILNLDKLTLTVQP
GUT_GENOME002422_01548170-300VKVADLMWLVGQPEGWTAPAPGYPEAGPWTLSETEPGSLVYEGTFTIPADQFQFRFYDQFSPDEPWDWYSVGAQDEDSPVAITMTDGAYQGNCFYDPDTKGAGKGSWQIEGWAGGDVKITVNLGNKTVRFE
GUT_GENOME259595_01427295-407PVQAQTIYLVGAPQGWNINSDAMPLVSDETGVNFYGNYEIKAGEAIFRFYTQLGSWDANSIGYQYDDITTDFEMTDGAFSGPYVYGKGNWNFPTWPGGMMYLHVNMENQTVEF
GUT_GENOME000225_01583283-425TIVVDTNNKTVQFTKGAQQIYTPRYIYMVGQIAGGWCPPTVANKDKLIELVDKTESDIYTATIDVPAGTGAFNFRFAKDLVDMPDNDAWGAAEWIGCPEGNDFEIDLPYTGQCDAGQNNWKVMNLSDGGKFTVTVDLGAMSVD
GUT_GENOME117057_02339200-319FIYLIGKPQGWDIANGSMMLFENDDEIDTKIYHGHFNIDANPLELGFRFYTELGDWGNDGSLPSIGAAANDGDNKDVALGADGTVTANAVYGKGNFLFPTWPGGEMWIIVDLNSMKVTFS
GUT_GENOME102123_00370261-380SEIFLIGEPQGWDINNRSVPVPRISEDSRVYGGNLYIPAGKFMFRFYGLTGDWSSYSIGSHDDDSPVEISLDESGIYSGPLSEGEQYADNGKGSWSMPSWTGGRFYANVDLDAAQVSFRK
GUT_GENOME055767_0050524-132QVYLIGGAAPNGWDNNKAEYMTPVSTTEENAIFTWTGPLKASDFKFINTLGTWQPSFNAPTENEPIELGKSHNLVYNESGNDHKFMLSESGFYTVTVDLKKLTMVVEKA
GUT_GENOME236235_01310271-419GGDMTITADFSSSSPTINVVAGAAAPTVSKYMYVVGNNANWAAPDESSADVYEAWRIADKDESGIYTGTFEIADGTAPVTDGWYFRIYEQLVGWGSTPWSSSADGSNVDAVLGQAVPCVSGKGCFCVSPCAPGKYTVTLDTNAKTVTVT
GUT_GENOME213017_01239374-526RGGYPIKFDLAQKSRVDMSLNFVNGMAYIAIVPNTDVENLERIYVVGACQGWDITNDSMPLEQTEDGVYEGTYPVAVGQAMFRFYQHLGSWDSYSIGSQTDDVPIDFFFDDGSFTSNAVHGKGSWNIPDWQGNGDALHFVVDLNTMTVTVEEV
GUT_GENOME277090_01135268-416EGGKMTIIVNLKNKTIHIEQGAVKPASYIYMVGNNAGWAEPSEANAATYDNWRLADKTGDGIYSATFTMPDQLGDDNALYCRFYKSLSGWGPAAFSSSADGSVNLEVISGQAADAVEGEGCFLLKDAAGKEVTVTVDANTSKVTFTIAN
GUT_GENOME261411_00743387-526GTEVKFTVNPGANPWVTFEFPSMKNERTDIWLVGTPNGWDNRDDSCPLHPTDKGGYYGHFKVDSEGLSFRFATRLGSWAAENFIGSDYQDFYEEQMFFDEEGVYRGPCVVGGLGNWAPQNLNSTDLYCYVEPDSRSVVFS
GUT_GENOME132574_00886176-300AVKSPGFIYIVGSLDGWKEPNAGNADYYKDWRLFENEDGIDSKEYHGTFEAPAGDLMFRFYAALTGWDADPYGSQKDDSPVDVSFDASGSYEGKLVKGKGSYQFAGFPGGKVKITVNMKKNTVKV
GUT_GENOME100296_011331-128MKNLVLMMAMAGVAALGQAAEMPEALYLCGSMNEWTVPSDEAGRGYMLTDPDGDGVYTGAFELPVGDLAFKVFTAAVGWEGIGCYFGMSGFDALPLYSNRLWNYFLVNAGNTGNVDVSNWKGGTLEVK
GUT_GENOME075878_00648176-300VPTAGYIYIVGTVTGEKTPDAAQKSYYDNFRLTEPVIGSKVYAGSFLFPACDPSKDPTKVDDQSWFRFYTELNGWDDKNAQFGSNEANFFNLGIGDDFVDGLYTGKAVWGGQGNWTIWFAEDTWM
GUT_GENOME100470_00809271-386YTIATVTPSIYLVGQPNGWDINGKSCPLVSENYDGVYVGTFELKWGSENNFRFYTELGDWDKNSIGSQVDDNPVDVTDLFVNGIYSGNVVEGKGSFKVSKNGVYKITVDIIQKTIM
GUT_GENOME038156_00131296-398PCVYVVGNVEGWVGPSEDHAEHYADWRLFDTDGTGIYHSVKPMEYDNADGACPMFRIYTKLEDWEHNSLGSQEADSPKDETGLDLTLNYVEGKGAWNFVSAPA
GUT_GENOME270772_0154714-137DNIYVIGYMSDWLEPVESNASRFQILEEVESGIYEGIVSCPVPSASFSDPHFRFAYALNGWNNPGSIGSSWYDSVPVNVSFADNKYESYIAIDGKGNWSLPEWKVEGDVKMRVNLRNLTLTLTN
GUT_GENOME102095_00231298-413KVAVTINMNTKEITMEKFEGAKIYVIGACSGWNINNDKVYITEKEDGTGIYTGTISVNAGEFQFRFYTALGDWDNNSIGSQEEDKLVEINMASGSYSGSCVNGKGSWFDSSWAGGD
GUT_GENOME239547_00638254-419SGDLVKGKGSYQVSDWGGGQVKITVNMADASKMSVKFEAGGVDVSDKAFIYLVGAPEGWAGPTEDNAAHYEDWKLYDMAGNGVYTGTFTIPADKFQFRFYKALTGWDNDSYGSQVEDNPVAITLEDGVYEGAAVAGKGSWQVDSWPEDAKVSITVDTAKGKVTFKK
GUT_GENOME139178_01287154-302NVVTLNKVQGYFAIPQPDYIFCIGNYAGDWIGPETANADALRPYRLTETEIGNNVFYTEGIDFGENAPIFRFYPNLAGWDKPADWTAGAGKNAYFSIGSVGGKNDDNPVPQPDFVAGSTMTIKVIDTKDSFSFPNFNGTVEMTVDLRDP